Think about each of these one at a a time..
Do you agree?
1. Balanced Tesla coil mounted horizontal with no ground, CW = 1/2 wave ( anti-node at each end ) Voltage and Amperage alternate back and forth
2. Balanced Tesla coil mounted horizontal with no ground, DW = 1/2 wave ( anti-node at each end ) Voltage and Amperage alternate back and forth
3. Balanced Tesla coil mounted vertical with ground, DW, positive of primary on bottom = 1/4 wave ( node at each end ) Voltage and Amperage locate at each end relative to ground wire
4. Balanced Tesla coil mounted vertical with no ground, DW, positive of primary on bottom = 1/2 wave ( anti-node at each end ) Voltage and Amperage locate at each end relative to polarity of primary pulse and proximity to ground plane
5. Balanced Tesla coil mounted vertical with no ground, DW, positive of primary on top = 1/2 wave ( anti-node at each end ) Voltage and Amperage locate at each end relative to polarity of primary pulse and proximity to ground plane
Now think of the ionosphere as a positive plate and the ground plane as a negative plate with everything in between as being in a field of potential.
Now insert into this field a resonant device as in #4 where the top of the coil is antinode - and the bottom of the coil is antinode +
What is the potential across this device?
Now flip it over
What is the Impedance across this device?
Why did the TPU not work when it was flipped?
I think it MAY be because the antinode polarity was wrong if it was upside down.
Right side up = resonant superconductor
Upside down = resonant resistor
« Last Edit: 2010-04-01, 22:19:29 by darkspeed »
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